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Development of A Hierarchical Saving Power System for Campus

机译:校园分级节能系统的开发

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Saving power is the major goal in every area either in industry or in campus. However, there are more uncertainties in campus. For instances, the usages of air conditioners in the classroom are irregular events. In the other hand, the lighting in the parking area is the regular event. For the regular event, we use the unstable green energy like wind or solar to save the electric cost. For the irregular event, we use the stable electricity but managed by dynamic power dispatch system to efficiently handle usages of air conditioners in the classroom in order to reduce cost. This dispatch system is the integration of Internet, network, coded radio frequency, database, interfacing technology, and campus administration computerization servers. By using the existing media and devices, the set-up of this system is without extra expensive cost. This hybrid strategy is simulated in a university with about 15000 students and more than 100 classrooms equipped with air conditioners. We can estimate to save more than 10% power than usual.
机译:节能是工业或校园内各个领域的主要目标。但是,校园中存在更多不确定因素。例如,教室中空调的使用是不定期的事件。另一方面,停车区的照明是正常事件。对于常规事件,我们使用不稳定的绿色能源(例如风能或太阳能)来节省电费。对于不规则事件,我们使用稳定的电力,但通过动态电力分配系统进行管理,以有效处理教室中的空调使用情况,从而降低成本。该调度系统是Internet,网络,射频编码,数据库,接口技术和校园管理计算机化服务器的集成。通过使用现有的媒体和设备,该系统的设置无需花费额外的成本。这种混合策略是在一所大学中模拟的,该大学拥有约15,000名学生,并在100多个教室配备了空调。我们可以估计比平时节省超过10%的电量。

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